Shuttle AE14 Motherboard Memory Upgrade

Boost the performance of your Shuttle AE14 computer by upgrading its memory. With more memory, you can also enjoy running multiple programs simultaneously.

Avoid fatal exception errors, stop messages and random reboots by investing in quality memory for your Shuttle AE14. The computer memory upgrade choices listed here have been tested for quality and compatibility with your Shuttle AE14 motherboard. In addition, you get a limited lifetime warranty and free technical support with your computer memory upgrade.

Shuttle AE14 Motherboard Specs:

• 168-pin DIMM Banking: 2 (2 banks of 1)
• Chipset: Intel 810
• Error Detection Support: Non-ECC only
• Max Unbuffered SDR SDRAM: 512MB
• Module Types Supported: Unbuffered only
• SDR SDRAM Frequencies: PC66 and PC100
• Supported DRAM Types: SDR SDRAM only
• USB Support: 1.x Compliant

These 168-pin DIMM modules are compatible with your AE14:

256MB SDRAM, PC100, CL=2, Unbuffered, Non-parity, 100MHz, 3.3V, 32Meg x 64

256MB SDRAM, PC133, CL=2, Unbuffered, Non-parity, 133MHz, 3.3V, 32Meg x 64

128MB SDRAM, PC100, CL=2, Unbuffered, Non-parity, 100MHz, 3.3V, 16Meg x 64

128MB SDRAM, PC133, CL=2, Unbuffered, Non-parity, 133MHz, 3.3V, 16Meg x 64

Shuttle AE14 Memory FAQ

What does PC66 and PC100 mean?

This is the front side bus (FSB) clock speed of the memory. It is okay to run faster rated memory even if the installed CPU uses a slower FSB.

What does the CL number mean?

Column Address Strobe (CAS) Latency, or CL for short, specifies how many clock cycles the Shuttle AE14 motherboard must wait before the memory module is ready to deliver the requested memory. The lower the CL number, the faster the access time.

However, the performance difference between CL=2 and CL=3 is so small that you will not notice any degradation in speed. Unless you are overclocking your Shuttle AE14, you do not need to worry about the CL rating. If you are overclocking, then going with a lower CL may help stabilize your Shuttle AE14 motherboard.